Sump pumps are one of the few home systems that may sit idle for weeks or months—then suddenly need to perform flawlessly. That’s why establishing a service routine matters: it helps prevent clogs, failures, and water damage when you need the pump most.

While exact timelines vary by model and environment, a practical rule of thumb for many households is monthly testing plus seasonal maintenance. Below is a straightforward schedule you can adapt to your basement’s needs.

Monthly: test the pump and check for warning signs

At least once a month, test your sump pump’s switch and operation. For pumps with a float switch, confirm the float moves freely and the pump turns on when water rises. If your unit includes a high-water alarm, verify it’s functioning as well.

During these checks, also look for early warning signs: unusual noises, frequent short cycling (turni ... Read more »

Hidden water leaks can waste thousands of gallons over time, often without obvious signs. The fastest way to investigate is to read your water meter correctly and then run a short “no-use” test to see if water is still moving. Here’s a clear, step-by-step approach you can do at home.

1) Find and identify your water meter

Most meters are located near the street or curb, sometimes behind a small access cover or in a landscaped box. Once you locate it, look for a clear label or markings that indicate how the readings are displayed. If your home has multiple meters (for example, separate meters for irrigation and indoor use), make sure you’re checking the right one.

2) Understand what you’re looking at: dials and digital displays

Water meters generally fall into two categories: digital and dial (analog). On a digital meter, t ... Read more »

For homeowners in Illinois weighing a boiler replacement, the choice often comes down to one question: will a condensing boiler save enough to justify the higher upfront cost? In many cases, the answer is yes—especially when replacing an older, less efficient “standard” (non-condensing) unit.

Both systems can heat your home, but they do it differently. A standard boiler primarily delivers heat that’s generated during fuel combustion, then vents the remaining heat up the chimney. A condensing boiler is designed to capture additional heat by condensing water vapor in the exhaust, improving overall efficiency.

Why condensing boilers usually win on operating costs

The key driver is efficiency. Condensing boilers can achieve significantly higher annual efficiency ratings than standard boilers by squeezing more usable heat out of the same amount of fuel. In Illinois’s cold winters, that ... Read more »

With Illinois summers bringing stretches of high heat and humidity, selecting the right air conditioner efficiency matters. One of the most important specs to compare is SEER, or Seasonal Energy Efficiency Ratio, which measures how efficiently an AC uses electricity across a cooling season.

While minimum requirements vary by product type and installation timing, today’s market generally makes it easy to find options spanning from basic models to high-efficiency units. The best SEER rating for you depends on your comfort goals, how long your system runs, and how you plan to use the home.

SEER basics: what the rating actually tells you

SEER reflects cooling output divided by energy input over typical operating conditions. In practical terms, a higher SEER unit usually delivers more cooling per unit of electricity. That can translate to lower electric bills—particularly in Illinois towns where air cond ... Read more »